| Model: | - |
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| Brand: | - |
| Origin: | - |
| Category: | Construction & Decoration / Building Steel & Structure |
| Label: | Post Tensioning Wedg , Post Tensioning Anch |
| Price: |
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| Min. Order: | - |
| Last Online:08 Jul, 2024 |
Prestressed Mono Anchor With 2 Pcs Wedge
Product Description
Post Tensioning Anchor is a kind of anchorage suitable for concrete prestressing tensioning in the process of engineering and construction. It is an anchorage tool for maintaining the tension of prestressing tendons and transmitting it to the inside of concrete in post-tensioning structure or member. anchorage tool for maintaining the tension of prestressing tendons and transmitting it to the inside of concrete in post-tensioning structure or member.
Application of Post Tensioning Anchor
Prestressed Mono Anchor is generally used for highway bridges, railroad bridges, urban interchanges, urban light rail, high-rise buildings, water conservancy prestressing anchors, dams, ports and terminals, rock retaining anchors, foundation reinforcement, tunnels, tunnel mine roof anchors, prestressing nets, subways, large halls, warehouses, factories, towers, large containers and ships, sleepers, and replacement of bridge bearings, Bridge and building reinforcement, steel reinforcement works, antimagnetic and anticorrosion works, carbon fiber reinforcement, pre-tensioned girder field construction, extracorporeal pre-stressing works, inclined cable, suspension cable and so on.
Parameters of Post Tensioning Anchor
|
Product Code |
Grout hole size (mm) |
Flat duct hole size(mm) |
Compatible Anchor Head |
Weight(KG) |
QTY(PCS)/Box |
Compatible PC Strand(Dia) |
|
RY153 |
17.0 |
78x20 |
2 holes*12.7mm
|
2 |
500 |
12.7mm |
|
RY197 |
17.0 |
50*23 |
2 holes*12.7mm
|
2 |
500 |
12.7mm |
|
RY210 |
21.0 |
78*22 |
3 holes*12.7mm
|
3.4 |
250 |
12.7&15.2mm |
|
RY269 |
21.0 |
96*22 |
|
3.4 |
250 |
15.2mm |
|
RY203 |
20.0 |
82*23 |
|
3.8 |
250 |
15.2mm |
Document the post-tensioning process, including the type and location of anchors, the amount of applied tension, and any adjustments made.
It's crucial to follow industry standards and guidelines during the entire post-tensioning process to ensure the safety and integrity of the structure. Additionally, consult with a qualified engineer for specific project requirements.
